Nagoya University

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    42820 research outputs found

    Micafungin as an antiviral agent against Pteropine orthoreovirus infection

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    doctoral thesi

    Auslander's approximation theory for modules and complexes and its applications

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    doctoral thesi

    日本語・日本文化研修コース(第43期)2023年10月~2024年9月

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    departmental bulletin pape

    ナラティブを活用した多文化共生論の授業

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    departmental bulletin pape

    Hydrochars of mixed marine biomass and plastic wastes: Carbonization scenarios and the performance as ketoprofen adsorbents

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    The hydrothermal (HT) conversion of mixed biomass and plastic waste to hydrochar adsorbents has attracted significant attention; however, factors controlling the structure and adsorption properties of hydrochar remain still poorly understood. Herein, HT treatment of the marine biomass waste (crab shells (CR) and fishery waste-derived chitin (CT) and chitosan (CS)) mixed with plastic waste (polyethylene (PE) and polyethylene terephthalate (PET)) at temperatures of 200–250 °C and residence times of 4–12 h was conducted to prepare hydrochars for screening their adsorption characteristics towards ketoprofen, a pharmaceutical pollutant. PET underwent efficient degradation when processed with marine biomass, particularly in mixtures with CS, which facilitated PET depolymerization through an aminolysis reaction. Hydrochars derived from PET mixed with CS demonstrated adsorption capacities for ketoprofen of ca. 25 mg/g due to the presence of the amine, amido, and aromatic groups providing sites for electrostatic interactions, hydrogen bonding, and π-π interactions with ketoprofen. The ketoprofen adsorption was best described by the pseudo-second-order kinetic model and Freundlich-type isotherm. On the other hand, no significant decomposition of PE was observed during the HT treatment of PE and biomass mixtures even in the presence of H2O2 oxidizer. However, the hydrochars of CS and CR prepared in the presence of PE exhibited markedly improved ketoprofen adsorption capacity compared to hydrochars of CR and CS. The results of this study demonstrate the benefits of combining plastic and biomass in the waste streams to control waste degradation along with the structure and adsorption properties of the hydrochars.journal articl

    愛知県の大学紛争に関して : 機関誌の調査・分析から

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    教育研究推進室の活動報告. 大学院生支援事業. 調査奨励金報告書(2024年度)departmental bulletin pape

    寺社緑起にまつわる祭礼と伝承、堕地獄説流布の系譜に関する探究

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    教育研究推進室の活動報告. 大学院生支援事業. 調査奨励金報告書(2024年度)departmental bulletin pape

    戦後超流派批評雑誌2誌を中心とした記事動向調査

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    教育研究推進室の活動報告. 大学院生支援事業. 調査奨励金報告書(2024年度)departmental bulletin pape

    連続ワークショップ : データに基づいた統計・機械学習モデルの基礎と応用

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    人文学研究科の教育・研究活動. 各種報告. 人文学とデータサイエンスdepartmental bulletin pape

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